A ultrasonic vibration with column wave is being transfered in a elastic body . it will generate positive and negative pressure in elastic body ,when the negative pressure greater than the binding force between molecules of elastic body, the elastic body will be break, and the distance between the breakpoint will be same as the vibration wavelength. With this feature, it will be more applied in the precision industry area.

The most typical application is ink-cutting in inkjet printer ink off, the ink is emited from nozzle to a fine line with continuous flow. when it be load a ultrasonic vibration at same time, it will be "cut" to a particle flow line with the same distance and same diameter . Our company now produce many type of such products, To more details please link : Resonator of Inkjet Printer.

In addition, this mechanism also applies to the supply of liquid micro-precision or precision titration, high-speed ultra fine printing or textile printing and dyeing liquid metal spray granulation. We are now in the development of such applications。

The principle of ultrasonic textile-cleaning transducer is same as the industrial cleaning. While it amplifies the sound energy of transducer by the energy-gathering mechanism to achieve high-efficient cleaning effects under the condition of small input power. It makes use of the high-pressured vacuole produced by the ultrasonic transducer in the water to impact the dirty, oil smear in the collar, wristband and remove them away quickly. The cleaning effect will be much better if cleaned by some cleaning solutions. This method is especially suitable for cleaning those upscale woolen clothes and business suites, etc.

The principle of ultrasonic vibrating screen is the high-frequency vibration of transducer passed to the entire strainer surface by the leading ring and brings the strainer vibration, thus achieves the goal of screen material fast. The transducer vibrates in the air, so it should be of high oscillation amplitude, low heat and very high reliability.